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The square of a number is the number, multiplied by itself. For example, the square of 5 is 5 x 5 = 25.You may also need to square an unknown number, like x2 = 25, solving for "x" in this case. In such a case, take the square root of both sides (with a calculator, if the number isn't a perfect square). In this case, the solution is 5. However, there are complications: minus 5 is also a solution.The square of a number is the number, multiplied by itself. For example, the square of 5 is 5 x 5 = 25.You may also need to square an unknown number, like x2 = 25, solving for "x" in this case. In such a case, take the square root of both sides (with a calculator, if the number isn't a perfect square). In this case, the solution is 5. However, there are complications: minus 5 is also a solution.The square of a number is the number, multiplied by itself. For example, the square of 5 is 5 x 5 = 25.You may also need to square an unknown number, like x2 = 25, solving for "x" in this case. In such a case, take the square root of both sides (with a calculator, if the number isn't a perfect square). In this case, the solution is 5. However, there are complications: minus 5 is also a solution.The square of a number is the number, multiplied by itself. For example, the square of 5 is 5 x 5 = 25.You may also need to square an unknown number, like x2 = 25, solving for "x" in this case. In such a case, take the square root of both sides (with a calculator, if the number isn't a perfect square). In this case, the solution is 5. However, there are complications: minus 5 is also a solution.

This could be the solution to the sum : 12 + 22 = 1 + 4 = 5

It DOES have two real solutions: -5 and +5 so the question is misguided.

Since the root is in the denominator of the exponent, just divide the 5 by the square root value (2), so the solution is x5/2.

call sqrtx n, then n + 5 = 5 - n, ie 2n = 0, so there's no solution other than the trivial 0.

The answer would probably be either -3 or 5

The bonus puzzle solution was Back to Square One.

5 (x - 2)2 = 125Divide each side of the equation by 5:(x - 2)2 = 25Take the square root of each side:x - 2 = sqrt(25) = +5 and -5The first solution:x - 2 = 5x = 7The second solution:x - 2 = -5x = -3

The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)The idea is to find a number which, when square, equals the given number. For example, asking for the square root of 100 means solving the equation x2 = 100. The solution, in this case, is 10. (Minus 10 is also a solution, but the term "square root" refers to the positive solution in this case.)

5*5 = 25 square feet.5*5 = 25 square feet.5*5 = 25 square feet.5*5 = 25 square feet.

The solution to this problem is x=5.

no solution

1) When solving radical equations, it is often convenient to square both sides of the equation. 2) When doing this, extraneous solutions may be introduced - the new equation may have solutions that are not solutions of the original equation. Here is a simple example (without radicals): The equation x = 5 has exactly one solution (if you replace x with 5, the equation is true, for other values, it isn't). If you square both sides, you get: x2 = 25 which also has the solution x = 5. However, it also has the extraneous solution x = -5, which is not a solution to the original equation.

The square of 5 = 25 (= 5*5)The square root of 25 = 5

The square roots of 529 are -23 and +23.

no because 5 + 3 = 8 6 or higher would be the correct solution

The square root of 5 times 5 square root of 4 is 22.360679775.

5 is the square root of 25 25 is the square root of 625 625 is the square of 25 25 is the square of 5

Math is dumb

5 sq yards = 9*5 = 45 square feet.5 sq yards = 9*5 = 45 square feet.5 sq yards = 9*5 = 45 square feet.5 sq yards = 9*5 = 45 square feet.

5

To solve this kind of equation, you might square both sides. Careful, though, since squaring can sometimes introduce additional solutions, that are NOT solutions to the original equation; therefore, you must check each solution with the original equation. For example, assuming you mean square root of (12-5x) = 5: root(12-5x) = 5 Squaring both sides: 12-5x = 25 -5x = 13 x = -13/5 But wait, since squaring can sometimes introduce additional solutions, we need to check if -13/5 is really a solution. To check if -13/5 is a real solution or not, we'll put it in the original equation and see if it works: sqrt(12-5(-13/5))=5 sqrt(12+13)=5 sqrt(25)=5 5=5 Yes, it's correct.

There are 45 square feet in 5 square yards

a square root is the opposite of a square.5 squared is 5 x 5 so 25that means that the square root of 25 is 522 = 4square root of 4 = 2

x>5